Catherine Milne
Papers
2
Total Citations
15
H-Index
2
About
Catherine Milne’s research bridges robotics, informal science education, and environmental awareness, focusing on how interactive technologies can transform STEM learning outside the classroom. Her most cited work centers on the development and deployment of interactive robotic fish as tools for free-choice learning environments, such as museums and science centers. In her 2015 paper, “Interactive Robotic Fish: A Tool for Informal Science Learning and Environmental Awareness” (9 citations), she demonstrated how biomimetic robots can engage diverse audiences in hands-on, cross-disciplinary exploration of engineering, biology, and ecology. Her 2017 follow-up, “An Interactive Robotic Fish Exhibit for Designed Settings in Informal Science Learning” (6 citations), refined this approach by examining design principles for exhibits that foster sustained curiosity and deeper understanding of STEM concepts. Milne’s contributions are notable for integrating robotics with pedagogical strategies that appeal to free-choice learners, moving beyond passive media to active, inquiry-driven experiences. Her work has implications for environmental education, using robotic fish to simulate real-world ecological challenges and inspire stewardship. Though her citation counts are modest, her innovative, applied research offers a replicable model for engaging public audiences with complex STEM topics through tangible, interactive design.
Research Focus
Key Achievements
Top Papers
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